Across the United States, cities, towns, and counties are increasingly taking on a new role: providing internet, phone, and even TV services. This is a notable shift because private companies have traditionally handled these services.
Taking this step is expensive, technically challenging, and often involves political challenges. So, why are local governments doing it? The simple answer is that reliable internet access is becoming as essential as roads or clean water. If private companies aren’t delivering adequate service to everyone, some communities believe it’s their responsibility to step in.
Understanding How Cities Plan for Telecommunications
When a local government decides to get involved in telecommunications, it’s doing more than just building towers or laying cables.
It’s More Than Just Infrastructure
“Municipal telecommunications planning” might sound like a purely technical job. While technical aspects are involved, it’s mainly about a city or county thoughtfully considering how telecommunications can benefit its community.
These local governments create detailed plans and roadmaps. They establish clear goals. They determine what their residents and businesses actually need by analyzing data and, importantly, by talking to them.
From Fixing Gaps to Aiming Higher
This type of planning shows cities are trying to be proactive, not just reactive. In the past, a city might have intervened because certain neighborhoods had no internet access, or the existing service was too slow. Today, the ambitions are often broader. Local governments aim for:
- Digital equity: Ensuring everyone has a fair opportunity to use digital tools.
- Stronger local economies: Helping businesses thrive and attracting new investment.
- “Smart city” capabilities: Using technology to improve city services and quality of life.
- Reliable public safety communications: Making sure police, fire, and emergency services can communicate effectively.
Some programs now specifically help cities develop plans to achieve digital equity.
Why Cities Take on This Major Task
Several core reasons usually drive a city’s decision to enter the complex world of telecommunications.
1. Closing the Digital Divide
A primary driver is ensuring everyone can access reliable, affordable, high-speed internet, regardless of their income or where they live within the community. This also means people should have the necessary skills and devices (like computers or tablets) to use the internet.
The National Digital Inclusion Alliance defines digital equity as “a condition in which all individuals and communities have the information technology capacity needed for full participation in our society, democracy and economy.” This definition highlights the fundamental importance many attach to this issue.
2. Boosting the Local Economy
Good internet infrastructure supports businesses. It’s not just for streaming movies. Cities hope that better, cheaper, and faster internet will lead to more jobs. They aim to attract new companies and help existing ones expand. The goal is to make remote work more feasible and encourage innovation.
If private companies determine they can’t earn enough profit to build top-tier internet in a particular town, the town itself may feel compelled to act to stimulate its economy.
3. Improving Public Services and Safety
Better telecommunications networks can help a city operate more efficiently. Government offices can deliver services more effectively. Police, fire, and emergency medical teams can communicate more reliably, especially during critical incidents.
These networks also support smart city applications, such as traffic lights that adapt to traffic flow or more efficient energy grids.
4. Encouraging Competition
Sometimes the objective is straightforward: to increase competition. If only one or two internet companies serve an area, prices may be high and service quality may suffer. A city-supported option, or one facilitated by the city, could change this dynamic, potentially leading to better service and lower prices for everyone.
These objectives often interlink. Helping more people get online (closing the digital divide) can create a more skilled workforce and a larger customer base (boosting the economy). Efficient city services and robust public safety (improving public services) make a town a more attractive place for businesses and families.
The Growing Range of City-Supported Services
The types of telecommunications services cities consider providing have also expanded.
Core: Broadband Access for All
The fundamental goal remains getting fast, reliable internet to everyone. This includes homes, businesses, schools, libraries, and hospitals. This is typically achieved using fiber optic cables or advanced wireless technologies. The focus is on covering areas with no broadband (“unserved”) or very poor broadband (“underserved”).
Public Wi-Fi Networks
Many cities also aim to offer free or low-cost Wi-Fi in public spaces like parks, downtown areas, community centers, and transit stations. Some early initiatives even attempted to provide city-wide Wi-Fi coverage.
Smart City Applications
This is where networks enable more advanced services, such as:
- Smart traffic management to reduce congestion.
- Intelligent energy grids to use power more efficiently and improve reliability.
- Enhanced communication networks for police, fire, and emergency services.
- Automated utility meter reading, leading to more accurate bills and eliminating manual checks.
- Smart trash containers that signal collectors when they are full.
Digital Equity Programs
Cities are learning that building the network isn’t always enough. They also need to help people use it effectively. This involves:
- Digital skills training.
- Assistance in obtaining affordable computers or tablets.
- Support for signing up for and using internet services.
This approach is creating what some describe as a “network of networks.” The city might build the foundational infrastructure, often high-speed fiber optic lines. Then, various services and applications can operate on this infrastructure, run by the city, private companies, or often through partnerships.
Why Local Governments Decide to Act
What motivates a local government to enter this complex field?
Filling Gaps Left by the Private Market
Frequently, intervention happens because private companies have not provided the necessary level of service. Private internet service providers (ISPs) operate to make a profit. In some cases, it’s not profitable enough for them to build or upgrade networks in certain locations. These might include sparsely populated areas, places with difficult terrain, or lower-income neighborhoods. Rural areas often experience this issue. As a result, residents in these locations may face slow, unreliable, expensive internet, or have no access at all.
Furthermore, what constitutes “good enough” internet continually evolves. What was considered fast internet a decade ago is slow by today’s standards. The Federal Communications Commission (FCC) regularly updates its definition of broadband. As society increasingly relies on data-intensive applications like video calls and cloud services, cities feel pressure to ensure their residents aren’t left behind with outdated technology. Fiber optics are a popular choice for municipal projects because they can support significantly faster speeds as future needs grow.
Economic Development as a Key Driver
Local governments see robust broadband as essential infrastructure for their economy, similar to roads or electricity.
Improving Public Safety and City Efficiency
Cities also aim to enhance public safety and make their own operations more efficient. For instance, Chattanooga’s smart grid, built on its fiber network, significantly reduced power restoration times after storms.
Better networks support police and fire departments. They also enable cities to save money and deliver services more effectively through systems like intelligent traffic management or automated utility meter reading.
Major Challenges Cities Face
Deciding to provide telecommunications services is one thing; successfully implementing the plan is another. Cities encounter significant obstacles.
1. Financial Obstacles
Funding is a primary challenge. Building new networks, particularly extending fiber to every home, is very expensive. Cities must secure these funds. Options include:
- Issuing bonds: This may require voter approval and can put taxpayers at risk if the project fails.
- Seeking federal or state grants: These are competitive and come with specific requirements.
- Finding private partners.
Successfully securing competitive grants, for instance, often requires familiarity with application processes and compliance, a skill set that specialized consultancies or engineering firms, like Lynx, experienced in public funding mechanisms can provide.
After construction, the network must generate enough revenue from subscribers to cover its operational costs and any debt payments. UTOPIA Fiber in Utah, for example, faced financial difficulties for years because initial subscriber numbers were too low.
There’s always a concern about investing heavily in a project that might not be financially sustainable, potentially leaving the city with significant debt.
2. Navigating Complex Regulations
The regulatory environment is complicated, involving federal, state, and local laws. Approximately 17 or 18 states have laws that restrict or even prohibit municipalities from offering broadband services. Private internet companies often advocate for these “preemption laws.” This creates a difficult situation for cities: they aim to address a market failure, but state laws, sometimes influenced by those same market players, can prevent them from doing so. Even seemingly simple tasks like obtaining permits or accessing utility poles can be slow and costly.
3. Technical and Operational Challenges
Designing an effective network—one that is reliable, scalable, and won’t become obsolete quickly—requires specialized expertise.
The construction process itself can disrupt streets and neighborhoods. Operating the network is a new type of business for most cities, involving customer service, maintenance, billing, cybersecurity, and keeping up with technological advancements. Many local governments lack sufficient staff with the necessary technical skills.
4. Political Opposition and Resistance from Existing Providers
Launching a municipal network often becomes a political issue. Existing private internet providers typically oppose these projects.
They may lobby politicians, run advertising campaigns against public broadband initiatives, or file lawsuits. Their arguments often include claims that municipal networks have unfair advantages, such as access to public funds or tax breaks.
Even within the city government, securing and maintaining political support for a long, expensive, and potentially controversial project can be challenging. Strong, consistent leadership is crucial for a project’s success.
How Cities Structure Their Network Operations
Given these challenges, cities have adopted several different models for building and running these networks.
1. Full Public Ownership and Operation
The city, or a city-owned utility (like the power company), finances, builds, owns, and operates the entire network. They sell internet services directly to residents and businesses.
2. Public-Private Partnerships (PPPs)
The city collaborates with a private company, sharing costs, risks, and responsibilities. Westminster, Maryland, partnered with Ting Internet. In this arrangement, the city finances and owns the fiber network, while Ting leases the fiber, installs the necessary electronics, and manages customer service.
PPPs can bring private investment and operational expertise, but the city relinquishes some control. The agreements can also be very complex.
3. Open Access Networks (OANs)
The city, or a consortium of public entities, builds the basic network infrastructure (the “highway”). Then, multiple independent internet service providers can use this network to offer services to customers (they “drive on the highway”).
4. Dark Fiber Leasing
The city installs fiber optic cables but does not activate them with the electronics needed to transmit data. Instead, they lease these unused “dark” fiber strands to private entities, such as ISPs or large businesses, which then install their own equipment.
The city of Cheney, Washington, for example, leased dark fiber to a wireless internet provider. This is a lower-risk approach for a city to help improve internet service and generate some revenue from its fiber assets without becoming a full-fledged ISP.
Cities often combine elements from these models. Westminster’s partnership, for instance, includes city ownership of dark fiber with plans for future open access. There isn’t a single “best” model; the optimal choice depends on the specific circumstances and goals of the town or city.
Funding City Telecommunications Projects
Securing funding is always a critical component of the plan.
Traditional Bond Financing
Cities frequently borrow money by issuing bonds:
- General Obligation (GO) bonds: Backed by the city’s general taxing authority. If the project doesn’t generate enough revenue, all taxpayers could be responsible for repaying the debt.
- Revenue bonds: Backed only by the anticipated revenue from the network itself. These are generally riskier for investors and thus may have higher interest costs for the city.
Federal and State Grant Programs
Recently, significant funding has become available from federal and state governments, particularly since the COVID-19 pandemic highlighted the importance of internet access.
The Broadband Equity, Access, and Deployment (BEAD) program is a major current initiative, providing billions of dollars to states to help fund broadband projects. Cities, often in partnership with private companies, can apply for these funds.
The complexity of these grant applications often leads municipalities to seek support from partners who specialize in identifying suitable funding programs and crafting compelling proposals that meet all requirements. An area that Lynx Planning & Engineering excels at.
Alternative Revenue-Based Methods
Beyond bonds and grants, cities employ other strategies:
- Enterprise funds: The broadband network is treated like a city utility (e.g., water or power) that is expected to be self-sustaining through user fees.
- Special assessment districts: As seen in Ammon, Idaho, properties that directly benefit from new fiber lines pay a special tax to cover the cost of installation.
Assessing the Real-World Impact
Does all this effort actually produce the desired results? This is a vital question.
How Success Is Measured
Before launching, cities often conduct a Cost-Benefit Analysis (CBA). They attempt to quantify all anticipated costs and benefits, including direct financial returns and broader societal advantages.
Standard methodologies for CBAs are available from government agencies and other organizations. For example, the San Diego County Comprehensive Broadband Plan included a CBA comparing different approaches to network buildout.
Tangible Economic Gains
The expectation is that these networks create jobs, both in their construction and ongoing operation, and by enabling business growth and attraction. They might attract new businesses or raise property values.
Measuring Social Benefits
Beyond financial returns, these projects aim for social improvements:
- Enhanced digital equity: More people online with the skills to use the internet effectively.
- Improved education: Students can access online homework and learning resources.
- Better healthcare access: Telehealth becomes a viable option.
- Increased civic engagement.
Chattanooga’s EdConnect program, which provided free internet access to students from lower-income families, exemplifies this focus on social goals.
It’s more challenging to assign a specific dollar value to a child completing homework online or an elderly person accessing remote medical care, but these social benefits are significant motivators for cities undertaking these projects.
A Constantly Changing Field
Local governments getting involved in the telecommunications business is a dynamic and evolving area. It presents genuine opportunities for communities to improve internet access, stimulate their economies, and enhance city services. However, the path is often complicated by financial, technical, regulatory, and political challenges.
There’s no one-size-fits-all solution. The cities that tend to succeed are those that accurately identify their community’s specific needs, engage in thorough planning, secure strong resident support, and choose an operational and funding model that fits their unique situation. As digital connectivity becomes increasingly central to modern life, the question of how towns and cities ensure universal access will remain a critical one.
